#baltimore pest control

[pestfly]

Residential pest control services for mice, ants, wasps and spiders - Ontheflypestsolutions

The residential pest control steps for mice, ants, wasps, and spiders typically involve a combination of preparation, prevention, and professional treatment. Here are the general steps based on the search results:

General Steps for Residential Pest Control:

Preparation: Before the pest control service, it's important to prepare your home by following specific steps provided by the pest control company. For mice, store all food in sealed containers, and move large appliances and furniture away from the walls.

For ants, eliminate food sources and follow good sanitary practices.

For wasps and spiders, seek professional assistance for severe infestations and use traps and repellents strategically.

Prevention: Seal potential entry points for mice and rats to prevent infestations.

Maintain good sanitation and housekeeping to control and prevent infestations of various pests.

Repair damaged window and door screens to keep out insects.

Professional Treatment: Seek professional assistance for severe infestations and use environmentally friendly methods to get rid of pests.

For specific pests like ants, rodents, and spiders, consider using traps, baits, or insecticides as recommended by the pest control professionals.

By following these steps, homeowners can effectively prepare, prevent, and address infestations of mice, ants, wasps, and spiders in their residences. It's important to consider the specific recommendations of the chosen pest control service for the best results.

On The Fly Pest Solutions is a small, family-owned pest control company based in Pikesville, Maryland. They offer wildlife and pest control services in various counties, including Howard County, Baltimore County, Harford County, and Anne Arundel County.

The company provides residential pest control services, including the elimination of various pests such as ants, spiders, and rodents. They are known for their environmentally friendly pest control solutions and offer free pest inspections and estimates

Additionally, they are recognized for their customer care and satisfaction guarantee, aiming to provide peace of mind to families by eliminating residential pest control problems. The company has received positive reviews and is known for its professional and effective pest control services.

#pest control gettysburg #pest control pikesville #towson pest control #hanover pest control #pest control hanover #pikesville pest control #gettysburg pest control #pest control baltimore #baltimore pest control #Ellicott city pest control #pest control ellicott city

[chemicalresearchupdates]

Revolutionizing Energy Management: Thermal Energy Storage Market Developments

The global Thermal Energy Storage Market is poised to garner significant revenue during the forecast period from 2024 to 2031. Thermal energy storage (TES) technologies provide an efficient means of storing thermal energy and discharging it for later use, thus decoupling energy production from energy consumption. The global Thermal Energy Storage Market is estimated to be valued at US$ 5.67 Billion in 2024 and is expected to exhibit a CAGR of 10% over the forecast period from 2024 to 2031, as highlighted in a new report published by Coherent Market Insights. Introduction to the Market

Thermal energy storage involves the storage of heat or coolth for later use in thermal applications like space heating or cooling. It enables the decoupling of heat generation and use, allowing the user flexibility in sourcing heat from when it is available and inexpensive.

Competitive Landscape

Some of the major companies operating in the global Thermal Energy Storage Market include BrightSource Energy, Inc., EnergyNest AS., Ice Energy, Baltimore Aircoil Company, Inc., Abengoa Solar, S.A, Burns & McDonnell, Inc., and DC Pro Engineering. Market Trends

Some of the key market trends include growing focus on concentrating solar power plants integrated with thermal energy storage, increasing adoption of phase change materials for thermal energy storage applications, and rising investments in utility-scale thermal energy storage power plants to ensure reliability of renewable energy supplies. The use of phase change materials is gaining traction as they provide higher storage densities and enable storage at constant temperature during charging and discharging cycles. Future Outlook

The thermal energy storage market is expected to witness significant growth over the coming years, driven by the increasing demand for efficient energy storage solutions and the need to optimize renewable energy sources. Thermal energy storage plays a key role in balancing electricity demand and supply and improving the economics of renewable energy. Looking ahead, widespread adoption of concentrated solar power plants and growing district heating and cooling systems will accelerate the uptake of thermal energy storage technologies. Advances in phase change materials and development of cost-effective stratified tanks are likely to boost the viability of latent heat and sensible heat storage. Rising prominence of renewable energies in the overall energy mix coupled with ongoing research in thermo-chemical storage presents new avenues for market expansion from 2024 onwards. Wider integration of thermal storage with waste heat recovery networks can further unlock new potentials for distributed storage applications through 2031. PEST Analysis

Political: Favorable regulations providing financial incentives for renewable energy adoption and integrating storage capacity requirements are encouraging investments. However, delays in policy frameworks pose challenges.

Economic: Cost competitiveness compared to conventional peaking power plants and opportunity for deferred transmission upgrades are key drivers. High initial costs remain a barrier.

Social: Growing public and private support for clean energy transition is increasing uptake. However, limited awareness restricts widespread acceptance.

Technological: Advancement in phase change material formulations, heat exchangers, and integrated control systems are improving efficiency, lifecycle and viability. Further R&D is needed to develop innovative solutions.

Opportunity

The growing demand for reliable and flexible energy systems presents significant opportunities for thermal energy storage systems. The ability of thermal storage to time-shift renewable energy generation for use during peak demand periods can boost the adoption of intermittent renewable sources by addressing the issue of intermittency and complementing peak power needs. This allows greater integration of solar and wind energy into the grid by decoupling generation from demand. As a result, thermal storage can play a key role in helping to meet renewable energy targets set by various countries and regions. By effectively balancing the grid, storage enhances renewables viability and facilitates their scale-up. Expanding district energy networks and growing industrial demand for process heat also present an avenue to increase storage deployment supporting behind-the-meter applications. In regions with abundant solar resources, thermal storage coupled with CSP plants can enable dispatchable renewable power generation, paving way for cost-competitive baseload supply. Key Takeaways

Growing demand: Rapid scale-up of solar PV and wind farms globally is driving the need for storage to optimize renewable energy usage. This is creating demand for thermal storage to store excess renewable energy production during off-peak hours for use when the sun is not shining or wind is not blowing. Wider push for renewable integration and decarbonization of heating and cooling sectors will further stimulate storage requirements.

Global expansion: With favorable policies supporting renewables in major markets like U.S., China, India and Europe, thermal storage deployment is gaining momentum across geographies to boost overall renewable energy capacity. Ongoing projects in developing countries indicate wider internationalization of the market in the coming years.

#Thermal Energy Storage Market #Thermal Energy Storage Market Trends #Thermal Energy Storage Market Growth

[baltimoremdmov]

How do I effectively prepare my items for storage to ensure their safety and preservation, considering factors such as packaging, organization, and protection against environmental conditions?

Preparing your items for storage is a crucial step to ensure their safety, preservation, and easy retrieval when needed. By considering factors such as packaging, organization, and protection against environmental conditions, you can maximize the longevity of your belongings in storage. Discover secure and reliable storage solutions in Bel Air with Baltimore Best Movers: https://baltimorebestmovers.com/storage-facilities-in-bel-air/

1. Clean and Declutter: Begin by thoroughly cleaning and decluttering your items before packing. This reduces the chances of mold, mildew, or pests damaging your possessions while in storage. Donate or discard items you no longer need to streamline the storage process.

2. Choose Appropriate Packing Materials: Invest in quality packing materials, including sturdy boxes, packing tape, bubble wrap, and packing paper. Use specialized boxes for delicate items or those with unique shapes, ensuring each item is appropriately packed for its specific requirements.

3. Wrap Fragile Items with Care: For fragile items, wrap each piece individually with bubble wrap or packing paper. Use extra padding, such as foam peanuts, to cushion delicate items inside boxes. Clearly label boxes containing fragile items to alert handlers to exercise caution.

4. Disassemble Furniture and Appliances: Disassemble furniture and appliances whenever possible to save space and protect these items during transportation and storage. Keep all screws, bolts, and other small parts in labeled bags to simplify reassembly when retrieving your belongings.

5. Utilize Climate-Controlled Storage: Consider renting a climate-controlled storage unit, especially if you're storing items sensitive to temperature fluctuations. Climate-controlled units help protect your belongings from extreme heat, cold, and humidity, ensuring their preservation over time.

6. Properly Pack Electronics: Pack electronics in their original packaging whenever possible. If unavailable, use anti-static bubble wrap to safeguard against static electricity. Label cables and connections to facilitate easy reassembly when you retrieve your electronics.

7. Elevate Items Off the Ground: Place pallets, boards, or other platforms on the floor of the storage unit to elevate your items. This helps protect against potential flooding and allows for better air circulation, reducing the risk of moisture-related damage.

8. Create an Inventory and Label Clearly: Maintain a detailed inventory of items you're storing and label each box clearly. This will make it easier to locate specific items when you need them. Consider creating a map of your storage unit to further streamline the retrieval process.

9. Use Furniture Covers: Protect furniture from dust and scratches by using specialized furniture covers. These covers are particularly useful for sofas, chairs, and other upholstered items that can be susceptible to damage over time.

10. Regularly Check and Maintain: Visit your storage unit periodically to check on the condition of your items. Address any issues promptly, and consider rotating the placement of items to ensure even exposure to the storage environment.

By following these effective preparation steps, you can safeguard your belongings during storage, ensuring they remain in optimal condition for when you're ready to retrieve them. Thoughtful preparation not only protects your items against potential damage but also streamlines the process of accessing and organizing your belongings in storage.

[ahealthyhomeinc]

Safeguarding Spaces: The Art of Effective Pest Control in Baltimore MD

In severe cases, professional Pest control in Washington DC may be necessary. Look for eco-friendly options that prioritize the safety of your family and pets. Preventive measures and targeted treatments are often the most effective approach.

[myblogscmi]

Evaporative Cooling Market Is Estimated To Witness High Growth Owing To Socio-economic Factors

The global Evaporative Cooling Market is estimated to be valued at US$ 5780 million in 2021 and is expected to exhibit a CAGR of 6.19% over the forecast period 2022-2030, as highlighted in a new report published by Coherent Market Insights. Market Overview: Evaporative cooling is a cooling method that uses the natural process of evaporation to lower the temperature of the surrounding air. It is an energy-efficient and cost-effective alternative to traditional air conditioning systems, making it popular in various industries such as manufacturing, agriculture, data centers, and commercial buildings. Evaporative cooling systems work by drawing in fresh air from the outside and passing it through moist pads or media to cool it down. The cooled air is then circulated within the space, providing a comfortable and healthy environment. Market Key Trends: One key trend driving the growth of the Evaporative Cooling Market is the increasing focus on sustainable and eco-friendly cooling solutions. As global warming and climate change continue to be pressing issues, there is a growing emphasis on reducing carbon emissions and energy consumption. Evaporative cooling systems consume significantly less electricity compared to traditional air conditioning units, as they rely on the natural process of evaporation. This makes them a greener alternative and aligns with the sustainability goals of many organizations. For example, in the agriculture industry, evaporative cooling systems are widely used for greenhouse cooling. These systems provide a controlled environment for plant growth while minimizing energy usage. They also help maintain optimal humidity levels, which is crucial for crop cultivation. PEST Analysis: Political: Governments across the world are increasingly adopting policies and regulations to reduce greenhouse gas emissions and promote energy efficiency. This creates a favorable environment for the adoption of evaporative cooling systems. Key Takeaways: 1. The global Evaporative Cooling Market is expected to witness high growth, exhibiting a CAGR of 6.19% over the forecast period, due to increasing demand for energy-efficient and sustainable cooling solutions. 2. The Asia-Pacific region is anticipated to be the fastest-growing and dominating region in the evaporative cooling market. The booming industrial sector, high temperature levels, and favorable government initiatives are driving the demand for evaporative cooling systems in this region. 3. Key players operating in the global evaporative cooling market include Celsius Design Limited, Delta Cooling Towers Inc., CFW Evapcool, Condair Group AG, ENEXIO Water Technologies GmbH, SPX Cooling Technologies, Bonaire, Baltimore Aircoil Company Inc., Phoenix Manufacturing Inc., Munters Group AB, and Colt Group Ltd. These players focus on innovation, product development, partnerships, and mergers and acquisitions to stay competitive in the market. In conclusion, the global evaporative cooling market is expected to experience significant growth in the coming years fueled by the increasing importance of energy efficiency and sustainability. Evaporative cooling systems offer an environmentally friendly and cost-effective cooling solution across various industries. With ongoing technological advancements and supportive government initiatives, this market presents lucrative opportunities for key players operating in this space.

#Evaporative Cooling Market

[nebris]

The Doomed Mouse Utopia That Inspired the ‘Rats of NIMH’

Dr. John Bumpass Calhoun spent the ’60s and ’70s playing god to thousands of rodents.

On July 9th, 1968, eight white mice were placed into a strange box at the National Institute of Health in Bethesda,  Maryland. Maybe “box” isn’t the right word for it; the space was more like a room, known as Universe 25, about the size of a small storage unit. The mice themselves were bright and healthy, hand-picked from the institute’s breeding stock. They were given the run of the place, which had everything they might need: food, water, climate control, hundreds of nesting boxes to choose from, and a lush floor of shredded paper and ground corn cob.

 This is a far cry from a wild mouse’s life—no cats, no traps, no long winters. It’s even better than your average lab mouse’s, which is constantly interrupted by white-coated humans with scalpels or syringes. The residents of Universe 25 were mostly left alone, save for one man who would peer at them from above, and his team of similarly interested assistants. They must have thought they were the luckiest mice in the world. They couldn’t have known the truth: that within a few years, they and their descendants would all be dead.

 The man who played mouse-God and came up with this doomed universe was named John Bumpass Calhoun. As Edmund Ramsden and Jon Adams detail in a paper, “  Escaping the Laboratory: The Rodent Experiments of John B. Calhoun & Their Cultural Influence,” Calhoun spent his childhood traipsing around  Tennessee, chasing toads, collecting turtles, and banding birds. These adventures eventually led him to a doctorate in biology, and then a job in  Baltimore, where he was tasked with studying the habits of Norway rats, one of the city’s chief pests.

 In 1947, to keep a close eye on his charges, Calhoun constructed a quarter-acre “rat city” behind his house, and filled it with breeding pairs. He expected to be able to house 5,000 rats there, but over the two years he observed the city, the population never exceeded 150. At that point, the rats became too stressed to reproduce. They started acting weirdly, rolling dirt into balls rather than digging normal tunnels. They hissed and fought.

 This fascinated Calhoun—if the rats had everything they needed, what was keeping them from overrunning his little city, just as they had all of Baltimore?

 Intrigued, Calhoun built another, slightly bigger rat metropolis—this time in a barn, with ramps connecting several different rooms. Then he built another and another, hopping between patrons that supported his research, and framing his work in terms of population: How many individuals could a rodent city hold without losing its collective mind? By 1954, he was working under the auspices of the National Institute of Mental Health, which gave him whole rooms to build his rodentopias. Some of these featured rats, while others focused on mice instead. Like a rodent real estate developer, he incorporated ever-better amenities: climbable walls, food hoppers that could serve two dozen customers at once, lodging he described as “walk-up one-room apartments.”  Video records of his experiments show Calhoun with a pleased smile and a pipe in his mouth, color-coded mice scurrying over his boots.

 Still, at a certain point, each of these paradises collapsed. “There could be no escape from the behavioral consequences of rising population density,” Calhoun wrote  in an early paper. Even Universe 25—the biggest, best mousetopia of all, built after a quarter century of research—failed to break this pattern. In late October, the first litter of mouse pups was born. After that, the population doubled every two months—20 mice, then 40, then 80. The babies grew up and had babies of their own. Families became dynasties, carving out and holding down the best in-cage real estate. By August of 1969, the population numbered 620.

Calhoun inside Universe 25, his biggest, baddest mouse utopia. Photo: Yoichi R. Okamoto/Public Domain  .  

Then, as always, things took a turn. Such rapid growth put too much pressure on the mouse way of life. As new generations reached adulthood, many couldn’t find mates, or places in the social order—the mouse equivalent of a spouse and a job. Spinster females retreated to high-up nesting boxes, where they lived alone, far from the family neighborhoods. Washed-up males gathered in the center of the Universe, near the food, where they fretted, languished, and attacked each other. Meanwhile, overextended mouse moms and dads began moving nests constantly to avoid their unsavory neighbors. They also took their stress out on their babies, kicking them out of the nest too early, or even losing them during moves.

 Population growth slowed way down again. Most of the adolescent mice retreated even further from societal expectations, spending all their time eating, drinking, sleeping and grooming, and refusing to fight or to even attempt to mate. (These individuals were forever changed—when Calhoun’s colleague attempted to transplant some of them to more normal situations, they didn’t remember how to do anything.) In May of 1970, just under 2 years into the study, the last baby was born, and the population entered a swan dive of perpetual senescence. It’s unclear exactly when the last resident of Universe 25 perished, but it was probably sometime in 1973.

 Paradise couldn’t even last half a decade.

 In 1973, Calhoun  published his Universe 25 research as “Death Squared: The Explosive Growth and Demise of a Mouse Population.” It is, to put it lightly, an intense academic reading experience. He quotes liberally from the Book of Revelation, italicizing certain words for emphasis (e.g. “to kill with the  sword and with  famine and with  pestilence and by  wild beasts”). He gave his claimed discoveries catchy names—the mice who forgot how to mate were “the beautiful ones”’ rats who crowded around water bottles were “social drinkers”; the overall societal breakdown was the “behavioral sink.” In other words, it was exactly the kind of diction you’d expect from someone who spent his entire life perfecting the art of the mouse dystopia.

 Most frightening are the parallels he draws between rodent and human society. “I shall largely speak of mice,” he begins, “but my thoughts are on man.” Both species, he explains, are vulnerable to two types of death—that of the spirit and that of the body. Even though he had removed physical threats, doing so had forced the residents of Universe 25 into a spiritually unhealthy situation, full of crowding, overstimulation, and contact with various mouse strangers. To a society experiencing the rapid growth of cities—and reacting, in various ways,  quite poorly—this story seemed familiar. Senators brought it up in meetings. It showed up in science fiction and comic books. Even Tom Wolfe, never lost for description, used Calhounian terms to describe  New York City, calling all of Gotham a “behavioral sink.”

 Convinced that he had found a real problem, Calhoun quickly began using his mouse models to try and fix it. If mice and humans weren’t afforded enough physical space, he thought, perhaps they could make up for it with  conceptual space—creativity, artistry, and the type of community not built around social hierarchies. His later Universes were designed to be spiritually as well as physically utopic, with rodent interactions carefully controlled to maximize happiness (he was particularly fascinated by some early rats who had created an innovative form of tunneling, where they rolled dirt into balls). He extrapolated this, too, to human concerns, becoming an early supporter of environmental design and H.G. Wells’s hypothetical “World Brain,” an international information network that was a clear precursor to the internet.

 But the public held on hard to his earlier work—as Ramsden and Adams put it, “everyone want[ed] to hear the diagnosis, no one want[ed] to hear the cure.” Gradually, Calhoun lost attention, standing, and funding. In 1986, he was forced to retire from the National Institute of Mental Health. Nine years later, he died.

 But there was one person who paid attention to his more optimistic experiments, a writer named Robert C. O’Brien. In the late ’60s, O’Brien allegedly  visited Calhoun’s lab, met the man trying to build a true and creative rodent paradise, and took note of the Frisbee on the door, the scientists’ own attempt “to help when things got too stressful,” as Calhoun put it. Soon after, O’Brien wrote  Ms. Frisby and the Rats of NIMH—a story about rats who, having escaped from a lab full of blundering humans, attempt to build their  own utopia. Next time, maybe we should put the rats in charge.

https://getpocket.com/explore/item/the-doomed-mouse-utopia-that-inspired-the-rats-of-nimh?

#overpopulation #behavioral sink

[dragoni]

Trump rants against Rat Infestation while his Restaurants, Resorts, and Golf clubs are Health Code Horror Shows

Explains why #RacistTrump eats McDonald’s and KFC  ¯\_(ツ)_/¯

The president’s restaurants, resorts, and golf clubs have all been cited for extensive health-code violations, including the presence of rodents.

Health inspectors have for years turned in stomach-churning reports of rats, mice, cockroaches, and other pests in the kitchens and food-preparation areas at Trump properties in New York, Florida, and Las Vegas. One infestation in the main kitchen of Trump’s Doral golf club in 2015 was so bad that health inspectors recommended that the place be temporarily shut down.

Trump Tower in Manhattan  🐀🦟🐛

As late as last year [Feb. 2019], health inspectors in New York reported a likely rodent problem at the restaurant in the president’s flagship Trump Tower property. 

The inspection turned up “evidence of mice or live mice present in facility's food and/or non-food areas” and “conditions conducive to attracting vermin to the premises and/or allowing vermin to exist.”

In 2017, inspectors found “filth flies” buzzing around the food in the Trump Tower kitchen. Employees, sported “soiled” garments and were not wearing hair nets.

IN 2016, inspectors found live roaches.

Trump’s Doral golf club in Florida  🦟 🐛

Florida authorities reported 524 health-code violations from 2013 to 2018

In 2015, they found “approximately 20-25 live roaches... on the walls, baseboards and floors in the kitchen food prep area and behind a utensil table inside a wall crack.” 

They also reported between 20 and 30 “live, small flying insects... in the kitchen and dishwasher room.”

ordered to shutdown  —  temporarily

Trump International Hotel Las Vegas’ steakhouse 🐀

health inspectors also reported potential vermin problems. 

The restaurant, they reported after a 2012 inspection, did not have “effective pest control measures.”

Expired food, including yogurt and caviar, were also among the 51 health-code violations inspectors found during that visit.

Trump’s “Winter White House” at Mar-a-Lago 🐛

Health inspectors have cited its

main clubhouse kitchen for 51 health-code violations since 2013

its “beach club” kitchen for another 30.

employees who don’t wash their hands 

poultry stored at dangerously high temperatures

Rust, mold, parasites: Trump’s Mar-a-Lago cited for 78 health violations in the last three years

World Leaders risked food poisoning at president’s Mar-a-Lago club,  The Times - April 14 2017   

Salmonella ~ Food Poisoning

Heath Department Investigates Salmonella Outbreak at Trump Restaurant in  the Trump Taj Mahal Casino Resort, AP July 23, 1991

#trump #rat infested #trump rats #trump roaches #trump properties #mar-a-lago #trump tower #trump hotels #las vegas #trump steaks #doral golf club #salmonella #food poisoning #baltimore #elijah cummings #ilhan omar #food inspection #food inspectors #rats #pest control #cockroach #cockroaches #infestation #health hazards #shut down #roaches

[atlasexterminator-blog]

Atlas Exterminator Co., Inc

Atlas Exterminator Co., Inc provides comprehensive services for all types of pests and rodent removal in Baltimore, Bel Air, Columbia and surrounding Maryland communities in Harford and Howard County. Call us at 410-560-6964 NOW for FREE ESTIMATE!!

#Pest Control Baltimore MD

[npr]

#rat film #theo anthony #baltimore #pest control #documentary #npr

[priceberry97]

The Top Must Do's In Long Island City

Detailed original price list, full apartment Good price from 2.85 billion, with attractive incentives - great promotions for buyers. We are committed that our basket is the new and best selling price in the market, the transfer process is transparent, clear and fast. Apartment prices vary depending on location, building, number of floors, river or city view. VINHOMES CENTRAL PARK APARTMENT FOR SALE BEST PRICE YOUNG MARKET ?Selling price 1 Bedroom 1 Tolet Vinhomes Central Park, area from 50-57m2 Selling price from 3.2 billion to 3.8 billion/unit ?Selling price 2 Bedrooms 2 Tolet Vinhomes Central Park, area from 73 - 88 m2 Selling price from 4.3 billion to 5.5 billion/unit ?Selling price 3 bedrooms 2 Tolet Vinhomes Central Park, area from 100 - 135 m2 Selling price from 6.5 billion - 8 billion / unit ?Selling price 4 bedrooms 3 Tolet Vinhomes Central Park, area from 140 - 188 m2 Selling price from 9 billion -15 billion / unit ?Price of Penhoues - 4 Bedrooms 3 Tolet Vinhomes Central Park, area from 200 - 360 m2 Selling price from 18 billion - 30 billion / unit ?Selling price of Vinhomes Central Park 5 Bedroom 4 Tolet Villa, area from 300 - 500 - 600m2 Selling price from 75 billion - 190 billion / unit LEGAL APARTMENT AT VINHOMES CENTRAL PARK Developed by Investor Vin Group, Vinhomes apartments are in the process of making pink books. Many apartments have received the book in 2020. The list of apartments with pink book includes Central 1, Central 2, Central 3, Park 1, Landmark 1,Landmark 2, Landmark 3 The remaining courts are preparing to have the Red Book, expected at the end of 2020 and early 2021 Type of ownership: for office or for long-term stay Types of transfer notarization when buying Vinhomes Central Park apartments + Publication of purchase and sale contract + Notarization of buying and selling apartments with pink book Taxes and fees when notarizing apartments in Vinhomes + Personal income tax: 2%*Apartment selling price + Notarization fee: + Brokerage fee + Pay tax at Binh Thanh District Tax Department VINHOMES CENTRAL PARK PROJECT OVERVIEW Project name: VINHOMES CENTRAL PARK Location: 208 Nguyen Huu Canh, Ward 22, Binh Thanh District, City. Ho Chi Minh. Owner: Vingroup Corporation Design company: EDSA Scale: 43.91ha Building density: 15.57% Area of ??green trees: 13.8% Number of buildings: 18 buildings Number of floors: average from 38 to 50 floors Number of apartments: 13,000 units VINHOMES CENTRAL PARK LOCATION: located at 208 Nguyen Huu Canh, Vinhomes Central Park is convenient to move in the city center: 2 minutes to District 1, 5 minutes to Thu Thiem urban area, 10 minutes to Tan Son Nhat airport Unique utility with City in the City model of Vinhomes Central Park Vinschool Vinhomes Central Park Tan Cang Inter-school Vinmec Central Park International General Hospital Luxury 5-star standard marina Outdoor children's play area Commercial center: Indoor ice rink, Vinpearland Game, Modern Cinema. 14ha green park ? Vinhomes Central Park Free management service for 10 years (security guard, elevator, garbage, cleaning, pest control, tree care) Residents at VHCP will enjoy preferential packages from the Resident Card such as discounts when using utilities such as hospitals, schools, amusement parks, etc. Customer service center is available 24/7 Community house - Louge is very large Outdoor swimming pool and greenery in apartment complexes System of outdoor sports courts Free, modern Gym Security and surveillance camera system 24/7 ? FACE WITH VINHOMES CENTRAL PARK The ground plan of Vinhomes Central Park is divided into 3 main subdivisions: Landmark area, Park area and Central area. Especially, the tallest Landmark 81 building in Vietnam and the villa area right at the project make Vinhomes Central Park the most modern and luxurious urban area in Vietnam. Central area: 3 buildings Central 1, Central 2, Central 3 Park area: 7 Tu Park buildings 1,2,3,4,5,6,7 Landmark area: Landmark 1,2,3,4,5,6 and Landmark Plus Landmark 81: the tallest building in Vietnam with 6 commercial floors, apartments for living, offices and 6 * hotel Vinhomes Central Park Villas : 84 most luxurious villas in Ho Chi Minh City The ground plan of Vinhomes Central Park is divided into 3 main subdivisions: Landmark area, Park area and Central area. Especially, the tallest Landmark 81 building in Vietnam and the villa area right at the project make Vinhomes Central Park the most modern and luxurious urban area in Vietnam. Central area: 3 buildings Central 1, Central 2, Central 3 Park Area: 7 Towers From Park 1,2,3,4,5,6,7 Landmark area: Landmark 1,2,3,4,5,6 and Landmark Plus Landmark 81: the tallest building in Vietnam with 6 commercial floors, apartments for living, offices and 6 * hotel Vinhomes Central Park Villas : 84 most luxurious villas in Ho Chi Minh City The entire Landmark area is a collection of 8 towers from Landmark 1 (L1) to Landmark 6 (L6), Lanmark Plus (LP) and Lanmark 81, in which the basements of 7 Landmark buildings are connected from L1 to L6 and Landmark 81 and has up to 3 basements. This is the busiest and most prosperous area of ??the Vinhomes Central Park project with the presence of the heart of the tallest tower project in Southeast Asia Landmark 81 with a height of 461 m, and owns one of the commercial centers. with the largest scale in Vietnam Vincom Landmark 81 with a total commercial floor area of ??up to 59,000 m2. It was February 2000, and Employed living in Baltimore, MD at the time. I had been at an additional financial institution for about 6 weeks when I quit. We reached my breaking point. I was bored to tears with the job and didn't exactly what else to undertake. It was then that To start (with my husband's aid to!) that we needed to get back to NYC. I'm originally about the Bronx and was always lamenting about not being "at home". So Discovered a job working in Manhattan, rented out your house we had just bought the year before, and settled into a 1 bedroom with an outdoor near Central Park. She never sat lower. She only took out food. And food. But more food. She stood whole time only serving Alice and her two small guests who were busily munching down all things in sight. Out came more food. A feast! A banquet! Any weirdest thing happened. Back to the 1960s. Prince Arthur (home already on the Mazurka - cheap and delicious supper place) became home to more as well as more restaurants - Greek, Vietnamese - because the center of all types of alternative boutiques (comfortable Birkenstock sandals, used clothing, Indian imports). I returned to my job elated! In fact I was beyond elated https://tmtland.vn/du-an/vinhomes-central-park ">Vinhomes Central Park . It was an indescribable feeling to be aware what I was going to do with my career. I remember telling friends and friends asking these types of take this new interest truly. They had heard me complain many organizations and away from random ideas about work I could possibly switch on the way to. I drive through Koreatown and Little Ethiopia every one week. We head to Chinatown for eating at Yang Chow's in addition, it Vinhomes pick up stalks of lucky bamboo from street vendors. The cobble stoned Olvera Street is lined with "mama y papa restaurantes" selling comfort food-steaming tamales, enchiladas and little packs of Mexican Chiclets. NYC was built (and still runs) on its neighborhoods. You'll find that each one has its own character, you will want out and explore. People from all walks of life are quite what get this place stand out. The West 106th Street Apartments offer one-bedrooms at around $1,645 a month. This 5-story walk-up has hardwood floors and oversized windows. It's not located close park, shopping, dining and nightlife. The unit has new appliances globe granite kitchen and touchscreen marble bathroom with spa bath. There is a laundromat, deli, and supermarket within walking distance of this apartment city. It is also just blocks away from the 1, B, and C Trains. Water and heat are included in the rent.

#vinhomes central park

[scifigeneration]

Spider glue's sticky secret revealed by new genetic research

by Sarah Stellwagen

What do all of the over 45,000 described spider species on Earth have in common? Each makes at least one type of silk. And there are an awful lot of types out there.

An individual orb weaving spider – the kind that spins the classic two-dimensional aerial spiral webs that seem to always be suspended at human face-height – can produce seven different silks, each with unique material properties.

Dragline silk forms the frame of an orb web and is famous for its strength and toughness, comparable to that of steel. The capture spiral is made of a highly stretchy version called flagelliform silk. Orb weaving spiders use an additional type of silk to wrap prey and create web decorations.

But there’s another kind that, on the surface, doesn’t resemble silk at all: the sticky glue with which some spiders cover their silk capture threads. It doesn’t look like the classic threads that come to mind when thinking of spider silk, but the gluey substance from these webs is in fact a silk protein.

For many years, researchers have been uncovering the secrets of spider glue, which stays wet in its open air environment and sticky over many rounds of attachment and release. Its genetic blueprint has remained elusive, however, meaning scientists haven’t been able to think about setting up large-scale production of this potentially useful biomaterial.

Using new technology, my colleague and I have been able to sequence the first full genetic sequences that code for spider glue proteins.

Spider glue drops spread along a strand of capture spiral silk. Sarah Stellwagen, CC BY-ND

A silk that’s really a sticky glue

Under a microscope, orb weaver glue resembles beads on a string – little glistening spheres along a strand of stretchy support silk. Instead of being spun into a fiber as it leaves the spider’s body like other silks, the glue proteins are extruded as a jumbled mass. Their job is to stickily retain prey that get caught in the web.

Different spider species produce glue tailored to their habitat’s conditions and prey.

The glue of tropical orb weaving species is sticky in the spider’s wet habitat, but downgrades to just tacky in low humidity. The glue of orb weavers from dry regions becomes dilute and thin if the humidity is too high.

Bolas spiders forgo the orb web, and instead produce a large globule of glue at the end of a long strand of silk that they whirl rapidly through the air. The glue of this sticky snare is specialized for capturing moths covered with loose scales.

Widow spiders produce vertical, glue-covered trip lines that detach from the ground when encountered by an unsuspecting victim, springing the prey into the air where it hangs suspended. Unlike orb weaver glue, widow glue is resistant to fluctuating humidity.

These various specialized adhesive properties have intrigued biomaterials researchers who can dream up plenty of uses for artificial versions of spider glues. But without knowing the genes that code for these proteins, there hasn’t been a clear road map for how to produce synthetic spider glues.

Their sticky glue is part of what makes spiders’ webs so hard to escape. Robert Mutch/Shutterstock.com

Cracking a long, repetitive code

Surprisingly, researchers have only sequenced around 20 full-length spider silk genes despite the incredible diversity of spiders and decades-old interest in silk as a useful biomaterial.

It turns out that not only are the properties of spider silk amazing, but so is the DNA code that stores the instructions for making the protein. Spider silk genes are extremely large; in itself that’s not a problem, but the bulk of their sequence is made from repeats of the same small DNA bits.

Imagine that the sentence “THE QUICK BROWN FOX JUMPED OVER THE LAZY DOG” is a sequence of DNA that encodes for a protein, but whose exact order of letters is still unknown.

In order to discover this sequence, the main method of DNA sequencing technology available today has three main steps. Once a DNA sample is collected, many copies of the sentence are randomly broken up into small pieces. For example, you might end up with a collection of fragments like “THE QU” “QUICK B” “BROWN FO” “WN FOX J” “AZY DOG” and on and on.

Then a DNA sequencing machine discovers each letter of each piece. The final step is stitching all the short pieces, technically called “reads,” back together in one sequence to figure out the original sentence.

For the sentence above, this is an easy task. The sequence of letters is unique, and as long as there are at least five characters in each read, it’s possible to figure out where one fits relative to another.

Now imagine a similar sentence: “THE QUICK BROWN FOX JUMPS JUMPS JUMPS JUMPS JUMPS JUMPS JUMPS JUMPS JUMPS JUMPS JUMPS OVER THE LAZY DOG.” Given many random short reads from the middle region like “UMPS J” or “S JUMP,” no matter how you slice and dice, it’s impossible to use this method to figure out the number of “JUMPS” in the complete sentence.

Sequencing a long read of DNA in one go

For many years DNA sequencing has been limited to this short-read strategy: breaking a gene into bits and then reassembling into one cohesive sequence.

Setting aside some difficult and expensive techniques that are out of reach for standard labs, the best way to fully discover a long, repetitive gene is to sequence the repetitive part from start to finish in one go. Fortunately, emerging technology, while still in its infancy, is starting to allow this long-read sequencing by getting around the chemistry limitations of the short-read method. For those that study super-repetitive DNA this is excellent news: New types of DNA sequencers are finally resolving the “JUMPS.”

Now that two spider glue genes are fully sequenced, the first step towards making a synthetic version is complete. Researchers can now insert the genes into other organisms, like bacteria or yeast, to make the glue in bulk.

Droplet of spider glue suspended on capture spiral silk (left) and after adhering to a glass slide (right). Sarah Stellwagen, CC BY-ND

Unlike solid silks, the glue proteins do not have to be transformed from a liquid to a solid fiber, something spiders do effortlessly but that scientists have trouble replicating. The glue has the potential for many unique applications and is biodegradable, water soluble and stays sticky for months or even years.

Imagine safer pest control or washable filters. Or frat boys wrestling in a kiddie pool of the stuff. Either way, someday soon it might be possible to reach your hand into a bucket of spider glue – the tricky part will be not sticking to whatever you touch next.

About The Author:

Sarah Stellwagen is a Postdoctoral Researcher in Biological Sciences at the University of Maryland, Baltimore County

This article is republished from our content partners at The Conversation under a Creative Commons license. 

The main image at the top of this article was changed to spare our arachnophobic friends the shock as they scrolled through the site.

#science #DNA #Spiders #Biology #Proteins #Gene Sequencing #Genes #spider silk

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